ORBIGate Manual User's guide - Revision history

Lmagimel at 09:07, 26 November 2024

2024-11-26T09:07:32Z

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			[[category:WikiOros]]
	==Getting started==		==Getting started==
	This chapter is an overview of the main features and set-up steps of the ORBIGate software. More details are provided in later chapters of the operating manual. The Set-Up wizard lets you quickly go through the steps to get started.		This chapter is an overview of the main features and set-up steps of the ORBIGate software. More details are provided in later chapters of the operating manual. The Set-Up wizard lets you quickly go through the steps to get started.

Lmagimel: /* Adding and removing a window */

2024-11-12T16:02:05Z

Adding and removing a window

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	The graphics to be displayed are chosen from the "Display type" section on the left side of the "Add/Remove" window. One type of display should be chosen. Then, the test points to be displayed should be chosen and finally the results type. When the selection is done the trace can be added (by clicking on the icon as indicated on the table below).		The graphics to be displayed are chosen from the "Display type" section on the left side of the "Add/Remove" window. One type of display should be chosen. Then, the test points to be displayed should be chosen and finally the results type. When the selection is done the trace can be added (by clicking on the icon as indicated on the table below).

	[[Image:ORBIGate_78.jpg\|~~framed\|none~~]]		[[Image:ORBIGate_78.jpg\|400px]]

	''The add/remove window''		''The add/remove window''

Lmagimel: /* Alarm conditions */

2024-11-12T16:01:45Z

Alarm conditions

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	If among "All displacement points", one of them has its 1X<nowiki>[</nowiki>RMS<nowiki>]</nowiki> component going above 60 microns, then the data record should be started.		If among "All displacement points", one of them has its 1X<nowiki>[</nowiki>RMS<nowiki>]</nowiki> component going above 60 microns, then the data record should be started.

	[[Image:ORBIGate_74.png\|~~framed\|none~~]]		[[Image:ORBIGate_74.png\|400px]]

	''"Alarm start" configuration''		''"Alarm start" configuration''

Lmagimel: /* Trigger */

2024-11-12T16:01:33Z

Trigger

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	* Delta RPM or Delta Time: The data is saved with a "or" condition. It is saved every DeltaRPM steps or DeltaTime steps depending on which comes first. This trigger type is especially interesting when machines go through a start-up with a sequence of Run-up sessions and stable speeds sessions.		* Delta RPM or Delta Time: The data is saved with a "or" condition. It is saved every DeltaRPM steps or DeltaTime steps depending on which comes first. This trigger type is especially interesting when machines go through a start-up with a sequence of Run-up sessions and stable speeds sessions.

	[[Image:OBG_7_analysis_trigger.png]]		[[Image:OBG_7_analysis_trigger.png\|400px]]

	''nx Recording, free run sampling''		''nx Recording, free run sampling''
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	'''Delta Time''' is used to collect data for a specific amount of time.		'''Delta Time''' is used to collect data for a specific amount of time.

	[[Image:ORBIGate_66.jpg\|~~framed\|none~~]]		[[Image:ORBIGate_66.jpg\|400px]]

	''nX Recording, Delta Time sampling''		''nX Recording, Delta Time sampling''
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	'''Delta RPM''' is used to collect data every increase (or decrease) of the rotating speed.		'''Delta RPM''' is used to collect data every increase (or decrease) of the rotating speed.

	[[Image:ORBIGate_67.jpg\|~~framed\|none~~]]		[[Image:ORBIGate_67.jpg\|400px]]

	''nX Recording, Delta RPM sampling''		''nX Recording, Delta RPM sampling''
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	In some cases it is interesting to be able to mix the two above conditions as shown in the window below.		In some cases it is interesting to be able to mix the two above conditions as shown in the window below.

	[[Image:ORBIGate_68.jpg\|~~framed\|none~~]]		[[Image:ORBIGate_68.jpg\|400px]]

	''nX recording, the Delta RPM or Delta Time sampling''		''nX recording, the Delta RPM or Delta Time sampling''
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	As a matter of fact, when the machine start-up is made of run ups and stable speed sequences as displayed on the figure below, it is interesting to alternate the delta RPM condition and delta time. In that case, the software detects which condition comes first. The amount of saved data is optimized: a high sampling during the run up periods (using delta RPM) and a lower sampling during the stabilization periods. These periods can be very long and often don<nowiki>’</nowiki>t have many changes in terms of vibrations.		As a matter of fact, when the machine start-up is made of run ups and stable speed sequences as displayed on the figure below, it is interesting to alternate the delta RPM condition and delta time. In that case, the software detects which condition comes first. The amount of saved data is optimized: a high sampling during the run up periods (using delta RPM) and a lower sampling during the stabilization periods. These periods can be very long and often don<nowiki>’</nowiki>t have many changes in terms of vibrations.

	[[Image:ORBIGate_69.jpg\|~~framed\|none~~]]		[[Image:ORBIGate_69.jpg\|400px]]

	''A typical machine start-up''		''A typical machine start-up''

Lmagimel: /* ASync analysis */

2024-11-12T16:01:12Z

ASync analysis

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	An interesting use of ASync monitoring is that it can operate without a keyphasor signal.		An interesting use of ASync monitoring is that it can operate without a keyphasor signal.

	[[Image:OBG_7_analysis_async.png]]		[[Image:OBG_7_analysis_async.png\|400px]]

	''Signal recording, Sync, ASync, Trigger''		''Signal recording, Sync, ASync, Trigger''

Lmagimel: /* Signal recording */

2024-11-12T16:01:01Z

Signal recording

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	The signal recording allows the user to capture the full time domain signal with no gap. It is also possible to capture the signal by portions: one signal file will be issued. This signal file can be post-processed using ORBIGate or NVGate post analysis module.		The signal recording allows the user to capture the full time domain signal with no gap. It is also possible to capture the signal by portions: one signal file will be issued. This signal file can be post-processed using ORBIGate or NVGate post analysis module.

	[[Image:OBG_7_analysis_recording.png]]		[[Image:OBG_7_analysis_recording.png\|400px]]

	''The signal recording set-up''		''The signal recording set-up''
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	''Select and Unselect all window''		''Select and Unselect all window''


	====Sync analysis====		====Sync analysis====

Lmagimel: /* Analysis */

2024-11-12T16:00:54Z

Analysis

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	* ASync Analysis is referring to standard FFT analysis: It also gives a frequency spectrum. It is ASynchronous with the rotating speed: one advantage is that it can be monitored without any rotating speed.		* ASync Analysis is referring to standard FFT analysis: It also gives a frequency spectrum. It is ASynchronous with the rotating speed: one advantage is that it can be monitored without any rotating speed.

	[[Image:OBG_7_analysis.png]]		[[Image:OBG_7_analysis.png\|400px]]

	''Step 5, the analysis set up''		''Step 5, the analysis set up''
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	* The signal can be recorded in every case, including when no tachometer is detected.		* The signal can be recorded in every case, including when no tachometer is detected.

	[[Image:ORBIGate_71.gif\|~~framed\|none~~]]		[[Image:ORBIGate_71.gif\|400px]]

	''Select and Unselect all window''		''Select and Unselect all window''

Lmagimel: /* Tachometer */

2024-11-12T16:00:37Z

Tachometer

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	If no speed can be measured, it is possible to use the "Manual" tachometer. This supposes that the speed is stable and is defined by the user in the analysis window. In that case, the user should not rely on the phase results.		If no speed can be measured, it is possible to use the "Manual" tachometer. This supposes that the speed is stable and is defined by the user in the analysis window. In that case, the user should not rely on the phase results.

	[[Image:ORBIGate_58.jpg\|~~framed\|none~~]]		[[Image:ORBIGate_58.jpg\|400px]]

	''The manual tachometer type''		''The manual tachometer type''
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	If a gear box is used in between two machines. It is possible to define a tachometer that depends on the ratio between each gear wheel. For that, the type "Fractional" should be selected.		If a gear box is used in between two machines. It is possible to define a tachometer that depends on the ratio between each gear wheel. For that, the type "Fractional" should be selected.

	[[Image:OBG_7_tacho_fraction.png]]		[[Image:OBG_7_tacho_fraction.png\|400px]]

	''The fractional tachometer type''		''The fractional tachometer type''

Lmagimel: /* Tachometer */

2024-11-12T16:00:14Z

Tachometer

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	The tachometer type can be set-up as: "External trigger". In this case, the speed is measured based on a tachometer sensor plugged to the external trigger channel.		The tachometer type can be set-up as: "External trigger". In this case, the speed is measured based on a tachometer sensor plugged to the external trigger channel.

	[[Image:OBG_7_tacho_2.png]]		[[Image:OBG_7_tacho_2.png\|400px]]

	''External trigger configuration''		''External trigger configuration''

Lmagimel: /* Inputs */

2024-11-12T16:00:03Z

Inputs

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	In the input window, the user can enter the setup of the input channels associated to the test points. Most of the input set-up can be collected from the sensor properties chosen from the sensor database.		In the input window, the user can enter the setup of the input channels associated to the test points. Most of the input set-up can be collected from the sensor properties chosen from the sensor database.

	[[Image:ORBIGate_54.jpg\|~~framed\|none~~]]		[[Image:ORBIGate_54.jpg\|400px]]

	''The inputs configuration''		''The inputs configuration''